3周后,平台航空航天综合航空安全研究所的SNIITCH RF传感器进入其Vanilla UAS系统,能够进行GPS屏蔽式远程监视。 Platform Aerospace integrated ASI’s SNITCH RF sensor onto its Vanilla UAS in under three weeks, enabling GPS-denied, long-range surveillance.

平台航空航天和应用信号情报在三个星期内将美国航天局的SNIITCH RF定向探测有效载荷整合到Vanilla超长寿命UAS上,到2025年12月4日完成飞行构想。 Platform Aerospace and Applied Signals Intelligence integrated ASI’s SNITCH RF direction-finding payload onto the Vanilla ultra-long-endurance UAS in under three weeks, completing concept-to-flight by December 4, 2025. 小型小型SWaP传感器,重量4.5磅,直径为6英寸,使用超大波段EMVS技术探测和将高频至6千兆赫(可选18千兆赫)的RF信号定位到300公里射程和360度范围。 The compact, low-SWaP sensor, weighing 4.5 pounds and measuring 6 inches in diameter, uses ultrawideband EMVS technology to detect and geolocate RF signals from HF to 6 GHz (up to 18 GHz optionally) with 300km range and 360-degree coverage. 它在没有全球定位系统的情况下自主运作,通过ATAK支持实时数据,并能够进行广域监视和传感器提示。 It operates autonomously without GPS, supports real-time data via ATAK, and enables wide-area surveillance and sensor cueing. 整合工作在30分钟内完成,突出了模块开放系统架构的潜力,以便在有争议、GPS封闭的环境中迅速部署ISR能力。 The integration, achieved in under 30 minutes, highlights the potential of modular open systems architecture for rapid deployment of ISR capabilities in contested, GPS-denied environments.